MRS16T

Abstract: triac control IC (compressor or fan motors) or resistive loads · Used with NTCThermistor temperature sensors The HM169 is , controls the load by using an external NTC (Negative Temperature Coefficient) thermistor as the , circuit and its wiring, especially with respect to the NTCthermistor. 8 RATINGS Limiting values , inductive loads. Must be carbon composition R15 Resistor to replace sensor (NTCthermistor) for , adjustment NTC1 NTCThermistor or other electronic sensing device C1 Timing capacitor for input

7NB60

Abstract: SG6846WALSY protection, and over-temperature protection. For over-temperature protection, an external NTCthermistor can , switching frequency. Temperature Detection. For over-temperature protection, an external NTCthermistor is connected from this pin to the GND pin. The impedance of the NTC decreases at high temperatures. Once the , NTCthermistor can be connected from the RT pin to GND. The impedance of the NTC decreases at high , . If RT pin is not connected to NTC resistor to do Over-Temperature Protection (OTP), it is recommended

ei-33 transformer

Abstract: thermistor sck053 protection, an external NTCthermistor can be applied to sense the ambient temperature. When OCP, VDD OVP , switching frequency. For over-temperature protection. An external NTCthermistor is connected from this pin to GND pin. The impedance of the NTC will decrease at high temperatures. Once the voltage of the RT , external NTCthermistor can be connected from the RT pin to GND. The impedance of the NTC will decrease , BYV32-150 R13 10 +/-5% C14,C17 470u 25V F1 250V4A QUICK R18 4K7 +/-5% C15

thermistor sck053

Abstract: ei-33 transformer protection, an external NTCthermistor can be applied to sense the ambient temperature. When OCP, VDD OVP , over-temperature protection, an external NTCthermistor is connected from this pin to the GND pin. The impedance of the NTC decreases at high temperatures. Once the voltage of the RT pin drops below a threshold , Protection (OTP) (2) An external NTCthermistor can be connected from the RT pin to GND. The impedance of the NTC decreases at high temperatures. When the voltage of the RT pin drops below 1.05V, the

Abstract: hysteresis and VDD over-voltage protection. For over-temperature protection, an external NTCthermistor can , over-temperature protection, an external NTCthermistor is connected from this pin to the GND pin. The impedance of the NTC decreases at high temperatures. Once the voltage of the RT pin drops below a threshold , is latched off. Over-Temperature Protection (OTP) (2) An external NTCthermistor can be connected from the RT pin to GND. The impedance of the NTC decreases at high temperatures. When the